Essentials of Developing Windows® Store Apps Using HTML5 and JavaScript

After completing this module, students will be able to:

Describe the Windows 8.1 platform, architecture, and features.

Explain the basics of the Windows 8.1 user interface (UI) and Windows Store app experience, and how the experience differs from Windows desktop apps.

Explain the new API model, how it supports building Windows Store apps, and how it supports multiple language-specific projections.

In this module, you will learn about the Model-View-ViewModel (MVVM) design pattern and the Single- Page Application (SPA) development concept. By using MVVM and SPA, you can create a great user experience in a maintainable and extensible app.

Single-Page Applications

The MVVM Design Pattern

Lab : Single-Page Apps and the MVVM Design Pattern

Paper-based Quiz

After completing this module, students will be able to:

Describe SPA-based Windows Store apps.

Design and implement Windows Store apps by using MVVM.

In this module, you will explore the WinJS library and some commonly used WinJS APIs. In particular, you will learn about the WinJS.Promise object and how to use it, the WinJS.Application namespace and the functionality it contains, and the WinJS.Utilities functions. Becoming familiar with all those APIs will help you to create reusable and robust apps for the Windows platform.

The WinJS Library

WinJS APIs

Defining the Data.Model Namespace and Objects

Using Promises to Load Data Asynchronously

After completing this module, students will be able to:

Describe the WinJS library and its purpose.

Describe commonly used WinJS APIs.

This module explains how to lay out content and controls on the screen, while remaining responsive to screen changes, such as orientation and size changes. The module introduces concepts such as WinJS templates and controls such as AppBar, Flyout, and Rating.

Windows 8.1 Layout Controls

Implementing WinJS Controls and Templates

The AppBar Control

Windowing Modes

Implementing an AppBar Control

Creating Adaptive Views

After completing this module, students will be able to:

Describe layout controls available for Windows Store apps.

Implement a control template for use with built-in controls.

Describe the app bar and its functionality.

Support side-by-side views in your app.

This module explains how to ensure that your app supports various devices and screen orientations.

Working with Data Presentation Controls

The ListView Control

Implement the ListView Control

After completing this module, students will be able to:

Describe the different ways data can be displayed in Windows Store apps.

Explain how to use a ListView control to render lists and grids in Windows Store apps.

There is a variety of tile formats you can use to convey information, including pictures, text, and combination of both. You can also use badges to display numeric information or status glyphs on your tiles and update these badges by using notifications. Notifications are also covered in this module.

Implementing Tiles, Live Tiles, Secondary Tiles, and Badge Notifications

Implementing Toast Notifications

Enabling Live Tile Functionality on the Main Tile

Adding Secondary Tiles Functionality

After completing this module, students will be able to:

Implement tiles, live tiles, and secondary tiles that help users to obtain information quickly.

Implement toast notifications to display important information.

In this module, you will learn how to use files, streams, and pickers so that the user can store and retrieve information managed by your app.

Handling Files and Streams in Windows Store Apps

Working with File User Interface Components

Writing Data to the Notes File

Reading Data from the Notes File

After completing this module, students will be able to:

Work with files and streams by using WinRT.

Use WinRT pickers to display a selection UI.

This module covers the app life cycle, app state management, and various app activation states. Understanding PLM is important for properly persisting data across suspensions, recovering from termination, and sharing settings between app installations on multiple devices.

Process Lifetime Management

Windows Store App Activation and Background Tasks

Implementing a State Management Strategy

Explore the Different PLM States

Implement State Management

After completing this module, students will be able to:

Describe the various states of a Windows Store app.

Describe app activation modes.

Implement app state management.

This module explores how to build richer and more interactive apps, and it does this by addressing the following questions:

• How do you implement navigation in Windows Store apps?

• How can you give the user a set of rich pages that they can use in a way that captures the essence of fast and fluid?

Page navigation is a fundamental part of many apps. This module explains how to implement basic navigation, how to pass parameters between pages, and how to handle navigation events. The module also describes the navigation stack.

Handling Navigation in Windows Store Apps

Semantic Zoom

Add Navigation to the App

Implement Semantic Zoom

After completing this module, students will be able to:

Implement navigation in your apps.

Explain what Semantic Zoom is, how to use it, and how to implement it in a Windows Store app.

This module introduces contracts and charms. These are two powerful new Windows 8.1 features that help create a consistent and unified experience across Windows Store apps. By using contracts, you make it easier for users to search your app’s content, to discover and change common settings, and to share data with other apps.

Designing for Charms and Contracts

The Search Contract

The Share Contract

Managing App Settings and Preferences

Implement the Search Contract

Implement the Share Contract

Adding a New Setting to the Settings Pane

Optional: Implementing Search with the SearchBox Control

After completing this module, students will be able to:

Design apps to use charms and contracts.

Implement the Search contract.

Implement the Share Target and Share Source contracts.

Describe the Settings pane and implement settings commands.

This module describes the various data access strategies that you can use in app development, and it specifically focuses on the best practices for remote storage.

Evaluating Data Access Strategies

Working with Remote Data

Paper Based Quiz

After completing this module, students will be able to:

Describe various data access strategies.

Describe common use cases that occur while you work with remote data.

Windows Store apps must support mouse, keyboard, and most important of all, touch interactions. In this module, you will learn how to successfully include all three interaction types in your Windows Store apps.

Working with Mouse Events

Working with Gesture Events

Implement Mouse Events

Implement Gesture Events

After completing this module, students will be able to:

Describe mouse events and touch gestures in Windows 8.1.

Explain the best practices for handling gestures.

In this module you will learn what is involved in the process of preparing and submitting the app. This includes changes to the app manifest, passing app certification, meeting Windows Store app certification requirements, and by using Windows Store-related tools in Visual Studio 2013. Finally, you will learn how to submit apps to the Windows Store and a private enterprise store.

The Windows Store App Manifest

Windows Store App Certification

After completing this module, students will be able to:

Change an app's package manifest to meet the requirements for deploying to the Windows Store.

Deploy an app to the Windows Store and prepare an app for enterprise deployment.